ARKTIKA

ARKTIKA

ARKTIKA LED is an ultra-flat suspended luminaire for glare-free, professional office lighting. Designed specifically for LEDs, it has an extremely flat construction with a height of 8mm. The luminaire is thus able to blend harmoniously into sophisticated and purist surroundings.
A further optical and photometric feature is the highly specular micro-hexagonal structure. Here small, hexagonal darklight reflectors surround each LED. The result is homogeneous illumination without hard shadows and minimised glare with a high level of visual comfort. ARKTIKA LED thus meets the criteria for the lighting of computer screens, and the balanced combination of direct and indirect light components achieves a pleasant spatial atmosphere.
  • designed specifically for LEDs: extremely flat construction with low height of 8mm
  • for aesthetically sophisticated surroundings with an open, transparent spatial effect
  • suitable for the illumination of VDU workplaces
  • glare limitation via highly specular hexagonal darklight reflectors (UGR≤ 19)
  • direct and indirect components for harmonious room atmosphere
  • available as switchable version or with DALI interface
extruded aluminium luminaire housing, end caps of plastic; luminaire and end caps traffic white (RAL 9016); micro louvre, highly specular with structured underside | incl. wire suspension with height adjustment 200…1500mm; with slender, seamless ceiling rose
luminaire with connection terminal, max. 2.5mm² | ECG in ceiling rose | interconnecting cable between ECG and luminaire with transparent insulation; incl. plug connection at ECG
Luminaire switchable: 3-pole connection terminal
Luminaire with DALI interface: 5-pole connection terminal (3-pole + 2-pole for control signal)
luminaire direct/indirect distribution
direct component with micro louvre in hexagonal structure for every LED; micro louvre as darklight reflector, wide distribution
indirect part extremely wide distribution
standard-compliant lighting according to EN 12464-1; UGR≤19(L65≤ 1500cd/m²)